Jennifer L. Fabbi, Sidney D. Watson and Kenneth E. Marks
The University of Nevada, Las Vegas (UNLV) is the alpha/beta test site for 3M™ Library Systems Digital Identification System, a cutting‐edge technology in library materials flow…
Abstract
The University of Nevada, Las Vegas (UNLV) is the alpha/beta test site for 3M™ Library Systems Digital Identification System, a cutting‐edge technology in library materials flow and collection management. This article discusses the components of the system and their assimilation and testing at a UNLV branch library, the Curriculum Materials Library (CML), in anticipation of the opening of Lied Library. Challenges and discoveries in the development of the system and implementation differences between a small and large library are outlined. Future growth for both product development and the UNLV libraries’ use of the system are forecasted.
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Jennifer L. Fabbi, Sidney D. Watson, Kenneth E. Marks and Zep Sylvis
To reflect on activities and developments related to the 3M™ Digital Materials Flow Management since its implementation at the UNLV Libraries, including system hardware and…
Abstract
Purpose
To reflect on activities and developments related to the 3M™ Digital Materials Flow Management since its implementation at the UNLV Libraries, including system hardware and software developments and the UNLV Libraries' evolving relationship with 3M™.
Design/methodology/approach
Following an introduction which highlights the major 3M™ Digital Materials Flow Management components in place at the UNLV Libraries, product improvements that have expanded the functionality of the system are detailed, patrons and staff benefits of the technology are described, and RFID privacy issues at the UNLV Libraries are examined.
Findings
Expanded capability and use of the 3M™ Digital Materials Flow Management system has allowed the UNLV Libraries to establish more efficient processes for undertaking collection management activities, such as inventory and weeding. The system has also had a positive impact on customer service. Benefits of the system currently outweigh the potential risks in terms of patron privacy.
Practical implications
Libraries must continually assess their positions on radio frequency identification (RFID) and patron privacy as technology progresses. Additional possibilities and developments stemming from further collaboration between libraries and vendors in areas such as product standardization are anticipated.
Originality/value
Provides information on innovative uses of the 3M™ Digital Materials Flow Management system and gives concrete examples of system benefits. Useful to libraries considering the implementation of an RFID system, those currently working with the 3M™ Digital Materials Flow Management system, and those considering collaborative work on product development with a vendor.
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Jeanne M. Brown, Jennifer L. Fabbi and Cheryl Taranto
To explore the interactions between branch libraries and a new main library, in the area of technology equipment and services.
Abstract
Purpose
To explore the interactions between branch libraries and a new main library, in the area of technology equipment and services.
Design/methodology/approach
Following an introduction which highlights the major elements in place at UNLV Libraries for networking and equipment, each branch situation is described and evaluated.
Findings
The advantages of UNLV Libraries' philosophical approach to consistent patron access at all points of service are found to be substantial, and include regular equipment and software upgrades, as well as systems expertise. The major disadvantage proves to be flexibility in approaching patron needs.
Practical implications
Provides a philosophical basis and concrete examples of branch efforts to provide adequate technology and services to their patrons.
Originality/value
Useful to branch librarians making a case for enhanced resources, or discussing possible configurations of responsibility regarding technology equipment and services.